nutaq's titanmimo massive mimo testbeds
DESCRIPTION
TitanMIMO is the only testbed capable of enabling true 5G Massive MIMO research without compromise. - Remote or local radio head location - Validate various waveform propagation schemes - Optimize network deployment by balancing cost VS performance - Validate interoperability scenarios - HetNet, MU-MIMO, and CRAN testbed ready - Validate, optimize & develop analytic channel models - Optimize TDD and RF calibration techniques - Full TDD & FDD supportTRANSCRIPT
Massive MIMO Testbeds
September 2014
Martin Turgeon, PLM
Nutaq
Wireless Product Family
TitanMIMO Series PicoSDR Series ZeptoSDR Series
- Portable Wireless Device
- Low Power, SISO
- FMC-based Radio Head
- BTS, Small Cells, CRs, MIL SDRs
- Up to 8 RF TRXs Support
- FMC-based Radio Head
- 5G Backhaull/RAN, WiGIG,
Beamformers, Massive MIMO
- MIMO RADAR
- Up to 1000 RF TRXs Support
- FMC-based Radio Head
Portable MIL+4G Prototyping Performing MIL+4/5G Prototyping Advanced 5G, Massive MIMO,
MIMO RADAR Prototyping
TitanMIMO Series
Value Proposition
.4
User-defined Topologies
20 Gbps
Copper/Optical
User-Defined Links
MiniSAS High Speed Physical Copper/Optical Interface
Virtex-6 GTX
Provided Aurora-4x (20 Gbps) IP Core
OR
User-Defined IP (CPRI, Others)
RRH 6-Series
RF: • 8x RF TRX
• 70 MHz to 6 GHz Tuning
• 0.2 to 56 MHz BB BW
• RF Filter bank or Bypass
Digital: • 7x 20 Gbps Copper/Optical
Interfaces
• Total = 140 Gbps
• 1x (out of 7 ) 20 Gbps
required for the all 8 TRXs,
full BW full-duplex transfer
FMC Radio640
AD9361
LPC
Ref/Clk IN
TX1 (FDD)
TX/RX1 (TDD)
RX1 (FDD)
PPS/Trig IN
LO IN 1
LO IN 2
Clocking
Clk from carrier
RX and TX data
GPIO
ctrl
ctrl
SWWB
Matching
WB Att and
Gain
SW
Filter banks
(LTE – Massive
MIMO – etc)
WB
Matching
WB Att and
Gain
TX2 (FDD)
TX/RX2 (TDD)
RX2 (FDD)
SWWB
Matching
WB Att and
Gain
SW
Filter banks
(LTE – Massive
MIMO – etc)
WB
Matching
WB Att and
Gain
RRH X-Series 250 MHz BW
IQ Samplers: • 8x 250 MSPS ADCs
(14-bit)
• 8x 1000 MSPS DACs
(16-bit)
• 4x User-Supplied TRX
supported (IQ scheme)
Digital: • 7x 20 Gbps
Copper/Optical
Interfaces
• 2x (out of 7 ) 20 Gbps
required for the all 4
TRXs, full BW full-duplex
transfer
RRH X-Series 125 MHz BW
IQ Samplers: • 16x 125 MSPS ADCs
(14-bit)
• 16x 1000 MSPS DACs
(16-bit)
• 8x User-Supplied TRX
supported (IQ scheme)
Digital: • 7x 20 Gbps
Copper/Optical
Interfaces
• 2x (out of 7 ) 20 Gbps
required for the all 8
TRXs, full BW full-duplex
transfer
RRH X 125 MHz BW
(60GHz RF) QEOS RFIC
16 IQ
16 IQ
QW6022
V-band User-Defined FE
RRH Stand-Alone/Stackable
RRH Stackable Stand-Alone
Optional 4Ci7
1x RRH Nx RRH
Remote Radio Head
Topologies
RRH-Only 6-Series
RRH-Only X-Series
Unlimited BB Processing
Unlimited Channel Count
Processing: • 8x SX475T Virtex-6
• 4GB SDRAM per FPGA
Throughput: • 32x 20 Gbps
Copper/Optical Interfaces
• Total = 640 Gbps
Octal V6 BB Core Detailed
RRH-Octal-V6 6-Series
RRH-Octal-V6 X-Series
Synchronized CLKs
(uSync-CLK)
Synchronized LOs
(uSync-LO)
TitanMIMO-6
TDD Antenna Option
• Dual-band WiFi (2.4 /5 GHz)
• 4 antennas per PCB Module
• 8 antennas per RRH (2 mod)
• Stackable to any 4xN channels
• Support multiple arrays shape
• Customizable to other bands
(LTE, as example)
RRH
TitanMIMO-6
TDD Antenna Option
TitanMIMO-6
TDD Antenna Option
TitanMIMO-6
TDD Antenna Option RX/TX
Calibration Path Included
• Capacitive Links
• For TX calibration, all
transmits signals can be
added at the same receiver
input. Channel separation
can be done at the digital
level since they are
orthogonal.
Thank You!
Martin Turgeon
Product Leader
T. 418 914-7484 x2311 | 1 855 914-7484 | C. 418-262-5820 | F. 418 914-9477
2150, Cyrille-Duquet, Québec (Québec) G1N 2G3 CANADA
www.nutaq.com
Thank You!